Objectives
- Development of a basic binder system for various materials, e.g. ZrO2, Al2O3,
SiC, Porcelain
- Reduction of debinding time and improvement of process reliability
- Manufacturing of complex parts with tight tolerances (< 1 %)
- Reduction of post sintering grinding costs by near net shape processing
- Realisation of microstructures
Methods
- Chemical surface modification of powders for tayloring rheology, high solid loading
homogeneity
- Investigation of correlation between rheological properties and performance of compounds
- Debinding by thermic, solvents or supercritical media
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Results
- Compounds with m m and nano scaled powders
- Very short debinding times (part depending, up to 30 min)
- Environmentally sound processing conditions due to binder recycling
- Thight tolerances can be met
Applications
- Complex engineering and functional parts
- Enhancement of manufacturing productivity of traditional silicate ceramics (z.B.
porcelain cups with handle)
- Microstructural applications e.g. medical devices (endoscopy) and electronic industry
Benefits
- Reduction of post sintering grinding costs
- Economic production of mass products
- Sole technology for the manufacturing of very complex shaped ceramic structures
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